DescriptionCDMA is the second most widely deployed technology in the world with more than 100 million subscribers worldwide and is projected to reach 280 million subscribers by 2006.
CDMA 2000 1x was deployed in year 2000 and CDMA 2000 1xEVDO is being deployed this year.
CDMA 2000 is the natural migration for CDMA IS-95 networks and some of the TDMA networks.
CDMA technology is complex to design due to its inherent adaptive characteristic and the introduction of data requires a complete new way of analysing the network from traffic characteristics to performance requirements.
The authors bring a wealth of experience in developing solutions for wireless design at CelPlan Technologies, Inc. since 1992. They followed up the evolution of the wireless technology providing innovative solutions at each step. In this book they summarize the description of the CDMA 2000 technology, revisit basic design concepts and propose new solutions to design and optimise these complex networks.
Many of the design issues covered in this book apply also to the novel WCDMA networks that are proposed as the evolution of GSM networks.
Designing CDMA 2000 Systems:
- Describes in detail the structure of CDMA 2000 systems and provides guidelines for their design and optimisation
- Fills a major gap in the information available today serving as a comprehensive reference for designers and operators
- Provides coverage from introductory to specialist level
Designing CDMA 2000 Systems is highly relevant for engineers involved in the design or operation of CDMA systems, as well as providing a broad understanding of the area for researchers, professors and students in the field
About the Authors.
1. Introduction to Spread Spectrum Systems.
1.1 Multiple Access Techniques.
1.2 The Spread Spectrum Concept.
1.3 Spread Spectrum Techniques.
1.4 Processing Gain PG.
1.5 Spreading and De-spreading of the DS-CDMA Signal.
2. CDMA Evolution.
2.1 CDMA Standards and Evolution.
2.2 CDMA Timeline.
2.3 Evolution of CDMA Standards.
3. Codes and Sequences.
3.2 Maximal Length Sequences.
3.3 Walsh Sequences.
3.4 Quasi-Orthogonal Function.
4. Forward Link Channels.
4.1 Forward Link Channel Structure in IS-95 CDMA Systems.
4.2 Forward Link Channel Structure in cdma2000 Systems.
5. Reverse Link Channels.
5.1 CDMA IS-95 Reverse Link Channel Structure.
5.2 cdma2000 Reverse Link Channel Structures.
6. Call Processing in CDMA Systems.
6.2 Call Processing.
6.3 Messages Exchanged during Call Establishment.
6.4 Reg istration.
6.6 The Authentication Process.
7. Power Control, Handoff and Radio Resource Management.
7.2 Main Characteristics of Power Control in the System Access State.
7.3 Power Control in Mobile Station Control on the Traffic Channel State.
7.4 Introduction to Handoff Processes.
7.5 Maintenance of Pilot Sets.
7.6 Handoff Types.
7.7 Introduction to Radio Resource Management.
8. EVDO and EVDV.
8.1 EVDO Requirements (IS-856).
8.2 EVDV Requirements (R.S0026).
8.3 EVDO Reference Model.
8.4 Channel Structure.
8.5 Air Interface Encoding.
8.6 Modulation/Encoding .
8.7 Power Control.
9. Radio Network Engineering Fundamentals.
9.1 Design Principles.
9.2 CDMA Equipment Block Diagram.
9.3 Transmit Stage.
9.5 Link Management.
9.6 Receive Stage.
10. Network Design.
10.1 Network Design Flow.
10.3 Regions Database.
10.4 Service Classes.
10.5 User Distribution.
10.6 Composite Predictions.
10.7 Link Budget.
10.8 Call Placement Simulation.
10.9 Network Enhancement.
10.10 Network Optimisation.
10.11 Network Performance.
11. Traffic Dimensioning.
11.2 Demand Characterisation.
11.3 Traffic Simulation.
11.4 Performance Analysis.
Appendix A – Link Load and Noise Rise.
Appendix B – Capacity Dependence on User Mix.
Bibliography and References.